Hot Selling Process Chiller Manufacturer

Laser processing technique is now pretty common in a wide variety of industries. For mold industry, although laser cutting and laser welding seem to not find its proper use for the moment, laser cleaning has become increasingly used in mold surface treatment, outperforming traditional cleaning.





When it comes to mold, it's quite easy to understand. From the cake making to big industrial machine, it requires mold to finish. Our country has the world's biggest manufacturing business and every industrial machine has various types which require different molds.





Since mold needs to be in contact with high temperature material or needs to face the punch or stress, it is often made from metal.





In the actual use, there are often some urgent problems that need to be solved in mold. And the most important one is the cleaning of the mold. Some metal molds are used to be the prototyping of high temperature hot melting material. When the products have finished and are taken out from the molds, there are often material residue left on the molds. This requires people to clean the molds, for this will affect the next product making, but that would be quite time consuming.







What's more, molds are easy to get rusty. Since most of the industrial molds are made from steel, they would become rusty after being used for a period of time. And molds need to be cleaned properly before they are used on the machine. However, traditional cleaning would cost a huge labor and cost, which is very bad for the manufacturers.





But ever since laser cleaning is introduced in mold cleaning, things have become different. Laser cleaning uses high power and high frequency laser light on the mold surface so that the residue, rust, oi stain, etc. can evaporate from the mold surface or become particle instantly. You might see the result of laser cleaning. When the laser beam moves along on the material surface, the surface can become quite clean within seconds.





Nowadays, laser cleaning can be performed effectively on flat surface, curved surface, hole and gap. The common handheld laser cleaning machine is already quite effective on removing rust from general metal molds and the cleaning time is only 1/10 of traditional cleaning. Besides, many manufacturers are now considering installing laser cleaning machines on the mold production lines to realize monitoring and automatic cleaning the material residue on the molds, which is very efficient.





Laser cleaning technique has become more and more mature. From the original 200W to nowadays 2000W, laser cleaning machine can perform more and more demanding cleaning. Therefore, it has a great future in mold industry. For laser cleaning machines with different powers, S&A Chiller can provide suitable laser water chillers to match them and the cooling capacity can be up to 30KW. We have been helping many laser cleaning machine users to solve the overheating problem.





S&A Chiller has been developing and producing laser water chillers for 20 years. They cover almost every laser application. We are constantly keeping an eye on the new application in laser industry and developing chillers that match them. With constant innovation, we have become a well-known brand in the laser cooling market.





For our detailed laser water chiller models, click https://www.teyuchiller.com/products

Mr. Jafari, who deals in UV laser equipment trading, learned S&A Teyu water chiller unit from his laser supplier Huaray. He contacted S&A Teyu and insisted to purchase S&A Teyu water chiller unit CW-5000 for cooling Huaray UV laser. But with the recommendation from S&A Teyu, Mr. Jafari purchased S&A Teyu chiller CWUL-05 in the end. Which is more suitable to cool UV laser? CW-5000 or CWUL-05? Today, we are going to make a simple comparison.





Similarity: Both of these S&A Teyu water chillers can provide stable cooling for 3W-5W UV laser. They both have two temperature control modes, including constant and intelligent temperature control modes. They both have multiple alarm functions: compressor time-delay protection, compressor overcurrent protection, water flow alarm and over high / low temperature alarm.





Differences: S&A Teyu water chiller unit CW-5000 features the temperature stability of ±0.3℃ while S&A Teyu water chiller unit CWUL-05 features the temperature control accuracy of ±0.2℃. From this comparison, we can see that S&A Teyu chiller CWUL-05 has more precise temperature control, which can help better maintain the stable output of the UV laser.





In respect of production, S&A Teyu has invested the production equipment of more than one million RMB, ensuring the quality of a series of processes from the core components (condenser) of industrial chiller to the welding of sheet metal; in respect of logistics, S&A Teyu has set up logistics warehouses in the main cities of China, having greatly reduced the damage due to the long-distance logistics of the goods, and improved transport efficiency; in respect of after-sales service, all the S&A Teyu water chillers are underwritten by insurance company and the warranty period is two years.

If we say laser is a sharp knife, then ultrafast laser is the sharpest one. So what is ultrafast laser? Well, ultrafast laser is a kind of laser whose pulse width reaches picosecond or femtosecond level. So what is special about the laser of this pulse width level?


Well, let's explain the relationship between laser processing precision and pulse width. Generally speaking, the shorter the laser pulse width, the higher precision will be reached. Therefore, ultrafast laser which features shortest processing time, smallest acting surface and smallest heat affecting zone is so much more advantageous than other kinds of laser sources.



So what are the common applications of ultrafast laser?



1.OLED screen cutting for smart phones;

2.Cutting and drilling of smart phone sapphire crystal and toughened glass;

3.Sapphire crystal of smart watch;

4.Large-sized LCD screen cutting;

5.Repair of LCD and OLED screen

......





Toughened glass, sapphire crystal, OLED and other consumer electronics components are generally of high hardness and brittleness or with complicated and intricate structures. And they are mostly quite expensive. Therefore, the yield must be high. With ultrafast laser, efficiency and yield can be guaranteed.



Although currently ultrafast laser only accounts for a small portion of the whole laser market, its growing speed is twice as much as the whole laser market. At the same time, as the demands of high-end manufacturing, smart manufacturing and high precision manufacturing increase, the future of ultrafast laser industry is worth expecting.



The current ultrafast laser market is still dominated by foreign companies like Trumpf, Coherent, NKT, EKSPLA, etc. But domestic companies are now gradually catching up them. Quite a few of them have developed their own ultrafast laser technology and promote their own ultrafast laser products.



Ultrafast laser has showed its value in many areas. Limited to its accessories, the processing ability of ultrafast laser is yet to be fully developed.



Ultrafast laser chiller is one of them. As we know, the performance of water chiller decides the running status of ultrafast laser. The more stable with higher temperature control for the chiller, the more processing power of the ultrafast laser will achieve. Keeping that in mind, S&A Teyu has been working so hard to develop small water chiller specifically designed for ultrafast laser - - the CWUP series compact recirculating water chillers. And we did it.



S&A Teyu CWUP series ultrafast laser small water chillers features ±0.1℃ temperature stability and cooling technology with this precision is pretty rare in domestic markets. The successful invention of CWUP series ultrafast laser compact recirculating water chillers fills the vacancy of ultrafast laser chiller in the domestic market and provides a better solution to the domestic ultrfast laser users. Besides, this ultrafast laser compact recirculating water chiller is suitable for cooling femtosecond laser, picosecond laser and nanosecond laser and is characterized by small size, applicable in different applications. Find out more details of CWUP series chillers at https://www.teyuchiller.com/ultrafast-laser-uv-laser-chiller_c3

This overview is based on publicly available product information, industry application cases, and general market recognition. It is not a ranking and does not imply superiority among the listed manufacturers.



Industrial chillers are essential for applications that require stable temperature control, including laser processing, CNC machining, plastics molding, printing, medical equipment, and precision manufacturing. The following companies are commonly recognized in the global market and are frequently referenced across various industrial sectors.



Commonly Recognized Industrial Chiller Manufacturers Worldwide

SMC Corporation (Japan)
SMC is known for automation technology and cooling solutions used in electronics, semiconductor processing, and automated production lines. Their chillers emphasize stability, control precision, and long-term reliability.



TEYU Chillers (China)
TEYU (also known as TEYU S&A) specializes in laser and industrial process cooling. With 20+ years of development, TEYU provides cooling solutions for fiber laser cutting, welding, CO2 engraving, UV marking, CNC spindles, 3D printing systems, etc.

Key strengths:
* Stable and precise temperature control
* Full product range from compact to high-power models
* Dual-loop cooling for high-power fiber lasers
* CE / ROHS / RoHS certifications & global support







Technotrans (Germany)
Technotrans develops thermal management systems for printing, plastics, laser systems, and medical equipment, emphasizing energy efficiency and continuous-duty operation stability.



Trane Technologies (USA)
Used in large industrial buildings and production facilities, Trane cooling systems focus on long-term reliability and HVAC energy efficiency.



Daikin Industries (Japan)
Well-known for water-cooled and air-cooled chiller systems used in chemical processing, electronics cooling, and controlled manufacturing environments.



Mitsubishi Electric (Japan)
Mitsubishi Electric provides thermal control systems for the semiconductor and automation industries, prioritizing smart control and reliability.



Dimplex Thermal Solutions (USA)
Dimplex supplies chillers mainly for machining, R&D, and laboratory thermal stabilization applications.



Eurochiller (Italy)
Eurochiller provides modular, high-efficiency cooling solutions for plastics, metalworking, food processing and automation OEMs.



Parker Hannifin (USA)
Parker chillers are commonly integrated with hydraulic and pneumatic control systems in flexible production environments.



Hyfra (Germany)
Hyfra designs compact chillers for metal processing, food production, and machine tool operations, emphasizing efficient heat exchange.



Application Areas of Industrial Chillers
Industrial chillers play a crucial role in maintaining stable working temperatures, improving processing precision, and extending equipment lifespan.

Common application fields:
* Fiber laser cutting and welding equipment
* CO2 and UV laser marking systems
* CNC spindles and machining centers
* Plastics and injection molding lines
* Laboratory and medical imaging devices
* High-precision measurement instruments




How to Select a Suitable Industrial Chiller Supplier


Factor
Importance




Cooling capacity
Prevents overheating and performance drop


Temperature stability
Affects machining accuracy and product consistency


Application matching
Ensures reliable and efficient operation


Maintenance and service capability
Reduces long-term operating cost


Energy efficiency
Impacts daily electricity consumption






Industrial Chiller Market Insights & Application Trends

The global chiller market continues to move toward:

* Higher efficiency heat exchange technologies

* Intelligent digital temperature control systems

* Lower maintenance and long-lifespan system designs

* Customized cooling systems for industry-specific needs



For high-precision environments such as laser machining and automated smart manufacturing, TEYU is widely adopted due to its application-specific chiller design capabilities and broad equipment compatibility.